ERZ-E10B511CS

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TVS – Varistors, MOVs are surge protective devices designed to protect from fast transients. The ERZ-E10B511CS is a surge protective device equipped with Metal Oxide Varistors (MOVs), specifically designed for use in industrial applications.

The ERZ-E10B511CS is capable of handling both inrush and over-voltage conditions due to its design that consists of a MOV and an active electronic component. This design ensures a fast, reliable and accurate response to any sudden surges. In addition, the ERZ-E10B511CS is designed to be highly reliable due to its inherent shielding from external interference.

The working principle of the ERZ-E10B511CS is based on electrical impedance. In other words, the device acts as an impedance between two points of the power line, thus protecting the connected equipment from damage caused by surges. As soon as the energy flows between two points on the power line, the Metal Oxide Varistors (MOVs) begin to absorb the energy, thus limiting any over-voltages.

The ERZ-E10B511CS is suitable for use in applications ranging from industrial motors, pumps and HVAC systems to medical equipment, power supplies and lighting circuits. Due to its robust design, the ERZ-E10B511CS can handle a rated voltage up to 480VAC (RMS). Its maximum energy absorption capacity is 21kA (8/20µs) and its overload current can reach up to 20kA (8/20µs).

The design of the ERZ-E10B511CS incorporates several safety features that protect it from external interference and ensure a reliable performance even in extreme environmental conditions. These features include an EMI/RFI filter, transient protection, reverse polarity protection, and over-voltage protection.

The design of the ERZ-E10B511CS makes it suitable for use in a wide range of industrial applications, from motor control and pump control to HVAC systems and lighting control. Due to its high surge capacity, it is capable of handling dangerous over-voltages and inrush currents, thus providing reliable and safe protection to the connected equipment.

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